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RESEARCH • OPEN SOURCE • EXPERIMENTATION

Researching
what comes next.

Applied cybersecurity research & open-source engineering

Cyravex Labs explores cybersecurity, AI, detection, automation, deception, and emerging digital systems through authentic research, open-source tools, and experimental technology.

Authentic technical researchOpen-source contributionsEvidence before claims
Core Focus Areas

Active Research Themes

Research themes that guide current and future founder-led Cyravex Labs work. Only implemented or published projects are presented as completed work.

AI Safety & Non-Deterministic Security

Investigating prompt injection defense-in-depth, vector store poisoning mitigation, and autonomous agent sandboxing.

API & Microservice Authorization

Exploring practical methods for identifying broken object-level authorization (BOLA) and multi-tenant isolation failures in distributed architectures.

Detection Engineering & Deception

Exploring tripwires, decoy credentials, detection engineering, and alert-correlation approaches for stronger defensive visibility.

Secure Software Architecture

Exploring pragmatic patterns that embed authentication, cryptographic hygiene, and least privilege into modern development frameworks.

Tools & Experiments

Featured Projects & Open-Source Tooling

Selected public projects and founder-led technical work, with repository links and clear implementation or research boundaries.

View GitHub Organization
Public RepositoryFOUNDER-LED PUBLIC PROJECT

ShadowHive

Research Question:

"How can dynamic, AI-assisted deception make honeypot environments harder to fingerprint while producing useful adversary intelligence?"

Purpose & Scope:

Autonomous deception and adversary-intelligence platform using generated organizational personas, decoy services, multi-source telemetry, MITRE ATT&CK mapping, and attack-graph concepts.

Limitations: Research and engineering project; any experimental claims must be validated through controlled evaluation before being presented as measured results.
PythonCowrieOpenCanaryNeo4jDocker
Repo
Public RepositoryFOUNDER-LED PUBLIC PROJECT

Wazuh AI Correlation Engine

Research Question:

"How can alert normalization, correlation logic, and AI-assisted analysis reduce analyst noise while preserving explainable security decisions?"

Purpose & Scope:

Security-engineering project for correlating Wazuh alerts, enriching related events, mapping activity to MITRE ATT&CK, and supporting analyst triage.

Limitations: AI assists analysis; it should not be treated as an autonomous authority for final incident decisions without human validation.
PythonDockerWazuhMITRE ATT&CK
Repo
CYRAVEX SECURITY

Apply Research Insights to Your Infrastructure

Want to assess your applications or AI architectures against relevant security risks and attack patterns? Request a penetration test or AI safety review.

Explore Cyravex Security
CYRAVEX ENGINEERING

Build Systems Powered by Modern Tech

Need secure, scalable web platforms, internal business portals, or AI workflow automation engineered from the ground up?

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DIRECT SENIOR ENGAGEMENT

Interested in Technical Collaboration or Research?

Cyravex Labs welcomes collaboration with researchers, open-source contributors, and technical partners.

NDA available when appropriate • Written scope & engagement controls • Clear proposal process